Rank the carbocations below in order of increasing stability (least stable = 1; most stable = 3). Place the number corresponding to the carbocation's relative stability in the blank below the structure. (CH3)3CCH=CH₂ | Portone Pathway B Below are all the chemical structures and intermediates involved in a reaction. On the structures provided, show all electron flow using the arrow formalism for the complete stepwise mechanism. Pathway A (CH₂),CCH-CH₂ C CH3 (CH3)2C-CH-CH₂ CH3 H-Cl + ath₂ CH3 (CH3)2C-CH-CH₂ CH3 :: (CH3)3CCHCH3 Cl A CI (CH3)2 CCHCH; CH3 B

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Chapter1: Chemical Foundations
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Rank the carbocations below in order of increasing stability (least stable = 1; most stable = 3).
Place the number corresponding to the carbocation's relative stability in the blank below the
structure.
Pathway B
CH3
CH3
I
(CH3)2C-CH-CH₂
+
CH₂
Below are all the chemical structures and intermediates involved in a reaction. On the structures
provided, show all electron flow using the arrow formalism for the complete stepwise mechanism.
Pathway A
(CH3)3CCH=CH₂2 H-Cl
(CH3)3CCH-CH3 :Cl
CH3
CH3
(CH₂)2C-CH-CH₂
(CH3)3CCHCH3
Cl
A
Cl
I
(CH3)₂ CCHCH;
T
CH3
B
Transcribed Image Text:Rank the carbocations below in order of increasing stability (least stable = 1; most stable = 3). Place the number corresponding to the carbocation's relative stability in the blank below the structure. Pathway B CH3 CH3 I (CH3)2C-CH-CH₂ + CH₂ Below are all the chemical structures and intermediates involved in a reaction. On the structures provided, show all electron flow using the arrow formalism for the complete stepwise mechanism. Pathway A (CH3)3CCH=CH₂2 H-Cl (CH3)3CCH-CH3 :Cl CH3 CH3 (CH₂)2C-CH-CH₂ (CH3)3CCHCH3 Cl A Cl I (CH3)₂ CCHCH; T CH3 B
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